E-Mail:91fed6c3e7042f31caffe63bba93c85e832dfba89079d7b03684830115de630ba3fc497724a0d73e4d5156991938454711c7b918e6c4a4e749ca72dbc7d03b7d125ee03a052aa004870cda75739b5c06e5099060176d59e16fcd6d70ab958b426d49d745db4bd8a8465567c963cdea3ca2070ce0c2aee859160fb4c70ef438eb
Email : 91fed6c3e7042f31caffe63bba93c85e832dfba89079d7b03684830115de630ba3fc497724a0d73e4d5156991938454711c7b918e6c4a4e749ca72dbc7d03b7d125ee03a052aa004870cda75739b5c06e5099060176d59e16fcd6d70ab958b426d49d745db4bd8a8465567c963cdea3ca2070ce0c2aee859160fb4c70ef438eb
Telephone : 7d6cd691f7c414a487211b2b684706e1dd23daa3460111eae777398f2fb23acb9e7745ba959168e38716eb76116d4e0f6d5fcb67f273abf84783d08327c41d542a0e4550581b5e2b284dd3232365c454b6dee26c439bee69a5524537032cd014d70ed32bde4def9806c980f5ca598166b571c025e57bc104f84526ff753a7e73
Prev One:2020 -- 2020 基于智能视频识别的变电站可视频化监控系统研究 来源：企业
Next One:2014--2019 基于高通量测序数据的多层次生物网络分析理论与关键技术 国家自然科学基金—重点项目